term for project: Ocular and Physio-Temporal Indicators of Cognitive State (OPTICS)

Kairos Research and the OPTICS Project: Revolutionizing Cognitive Overload Management and Human-Machine Interaction

Kairos OPTICS System Architecture
OPTICS
The OPTICS (Ocular and Physio-Temporal Indicators of Cognitive States) project, piloted by Kairos Research , in collaboration with Wright State University, Sinclair Community College, The Dayton Entrepreneur Center, Air Force Research Laboratory...

Ocular and Physio-Temporal Indicators of Cognitive State (OPTICS)

Project period
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AOI: Human Performance

Innovation: 

OPTICS will leverage Kairos’s advanced software prototyping capability to implement a dashboard tool for real-time physiological monitoring and visualization of cognitive state. This project will capitalize and expand upon Kairos’s existing DoD-funded technology by incorporating ocular and physiological signals predictive of suboptimal cognitive states such as fatigue and loss of vigilance. Additionally, the team will apply robust machine learning approaches to dynamically classify and predict an...

OPTICS

Event Recap: Expanding New Horizons with Ohio Federal Research Network and NASA Glenn Research Center

OFRN/NASA GRC Meeting
Gradient Alloy Processing
Quantum Sensor System
OPTICS
Brook Park, Ohio – On December 5, 2023, key stakeholders in aerospace and defense joined to expand collaborative research and innovation between NASA Glenn Research Center (NASA GRC) and the Ohio Federal Research Network (OFRN). The aim of the event...

The Ohio Federal Research Network awards $6.85 million to six Ohio organizations to advance aerospace innovation in Ohio

OFRN Round 6
Gradient Alloy Processing
Quantum Sensor System
OPTICS
Space Materials Joining
Dayton, Ohio – The Ohio Federal Research Network (OFRN) program awarded a total of $6.85 million to six Ohio-based organizations representing industry and academia and their collaborators to advance science and technology innovation for U.S. national...